GE Rheonik RHM Series High Flow Coriolis Mass Flow Meters

Outstanding performance and mechanical reliability for mass flow applications from 130 to 26,455 lb/min.

The GE Rheonik RHM Series high flow coriolis mass flow meters allow the most challenging mass flow metering applications to be solved. These highly versatile GE Rheonik RHM Series high flow coriolis mass flow meters offer outstanding performance and mechanical reliability for mass flow applications from 130 to 26,455 pounds per minute making them ideal for loading large containers and for difficult applications involving high heat, pressure or viscosity.

At the heart of the GE Rheonik RHM Series high flow coriolis mass flow meters is the Omega tube design which has a torsional oscillation movement rather than the bending motion associated with other, more conventional Coriolis meter designs. The unique mechanical arrangement of the Omega tube meter allows the use of tubing with heavier wall thickness giving higher temperature and pressure ratings while better combating abrasion and eliminating the requirement for the secondary pressure containment found with conventional designs.

The robust mechanical design of the Omega tube meter lends itself to extreme applications other meter designs cannot be used in. GE Rheonik RHM Series high flow coriolis mass flow meters can be used for processes with temperatures as low as -328°F (-200°C), as high as 662°F (350°C) and with pressure requirements up to 220 bar (3190 psig). All GE Rheonik RHM Series high flow coriolis mass flow meters are available for use in hazardous areas, certified to EEx ia IIC/EEx de IIC or Class 1, Div 1, Gr. ABCD, and many can be supplied with globally recognized approvals for custody transfer applications. Wetted parts can be manufactured from exotic materials, including Hastelloy and Tantalum for processes that have specific material compatibility requirements.

All GE Rheonik RHM Series high flow coriolis mass flow meters are manufactured to strictly controlled procedures and quality standards resulting in an accuracy of up to 0.10% (0.20% for RHM80 and RHM100) with a repeatability better than 0.05% both of which are unaffected by viscosity, density, or pressure changes. GE Rheonik RHM Series high flow coriolis mass flow meters also exhibit an extreme resistance to gas bubbles entrained in the process stream when compared to conventional coriolis meters.

GE Rheonik RHM Series high flow coriolis mass flow meters are application specific. It is strongly suggested you contact us prior to ordering.

Rheonik was acquired by GE Sensing & Inspection Technologies in February 2008.